Issue 17 - Free-Energy Devices
Issue 17 - Free-Energy Devices
Issue 17 - Free-Energy Devices
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polarity, stator means mounted in operatively<br />
spaced relation to said electrodes for<br />
inducement therein of charges of opposite<br />
polarity through electric fields established by<br />
said equal potentials, said stator means<br />
including a pair of axially spaced stator discs<br />
respectively linked to the electrodes by said<br />
electric fields, power driven rotor means<br />
continuously disposed within said electric fields<br />
for receiving induced charges thereon, means<br />
electrically connecting said rotor means to the<br />
stator means for transfer of said induced charges<br />
therebetween, said rotor means including a pair<br />
of rotor discs respectively disposed axially<br />
between the electrodes and the stator discs and<br />
field linkage control means for variably<br />
shielding the stator means from the electric<br />
fields during rotation of the rotor means, said<br />
field linkage control means comprising<br />
angularly spaced segments on the rotor discs<br />
having charged faces shielding portions of the<br />
stator discs from the electrodes, each of the<br />
stator discs including angularly spaced surface<br />
portions confronting the angularly spaced rotor<br />
segments and dielectric means between said<br />
surface portions for confining the induced<br />
charges thereto, the surface portions of the<br />
stator disc having areas twice that of the areas<br />
of the charged faces of the rotor segments and<br />
output circuit means operatively connected to<br />
the stator means for establishing an operating<br />
voltage in response to said variation in the<br />
shielding of the stator means by the rotor means.<br />
6. The system as defined in claim 5 including a<br />
power shaft assembly on which the rotors are<br />
mounted for simultaneous rotation, said<br />
electrical connecting means being formed by<br />
electrically conductive sections of said shaft<br />
assembly.<br />
7. The system as defined in claim 6 wherein the<br />
charged faces of the rotor segments on one of<br />
the rotors is formed by dielectric material<br />
within which the induced charges of negative<br />
polarity are confined in stable ion form.<br />
8. The system as defined in claim 7 wherein said<br />
output circuit means includes a pair of dc<br />
voltage terminals, a capacitive network, and<br />
current blocking diode means coupling the<br />
network to the terminals and to each of the<br />
surface portions of the stator discs for<br />
New <strong>Energy</strong> Technologies, <strong>Issue</strong> #3 (18) 2004<br />
multiplying current conducted between the<br />
stator discs while reducing potentials<br />
therebetween to a value equal to the operating<br />
voltage across the dc voltage terminals.<br />
9. The system as defined in claim 2 wherein each<br />
of the stator discs includes angularly spaced<br />
surface portions confronting the rotor and<br />
dielectric means between said surface portions<br />
for confining the induced charges thereto.<br />
10. The system as defined in claim 9 wherein<br />
said output circuit means includes a pair of dc<br />
voltage terminals, a capacitive network, and<br />
current blocking diode means coupling the<br />
network to the terminals and to each of the<br />
surface portions of the stator discs for<br />
multiplying current conducted between the<br />
stator discs while reducing potentials<br />
therebetween to the operating voltage across<br />
the terminals.<br />
11. The system as defined in claim 1 including a<br />
power shaft assembly on which the rotors are<br />
mounted for simultaneous rotation, said<br />
electrical connecting means being formed by<br />
electrically conductive sections of said shaft<br />
assembly.<br />
12. The system as defined in claim 3 wherein<br />
the charged faces of the rotor segments on one<br />
of the rotors is formed by dielectric material<br />
within which the induced charges of negative<br />
polarity are confined in stable ion form.<br />
13. The system as defined in claim 1 wherein<br />
said stator means and said rotor means<br />
respectively have faces confronting each of the<br />
electrodes, and dielectric surface means coating<br />
those of the confronting faces on which the<br />
charges of negative polarity are induced and<br />
maintained in a stable ion form for preventing<br />
eddy currents and charge leakage.<br />
14. The system as defined in claim 1 wherein<br />
the stator means and the rotor means have faces<br />
continuously exposed to said electric fields on<br />
which the charges of negative polarity are<br />
induced, and stabilizer means for preventing<br />
leakage of the induced charges through said<br />
faces.<br />
15. The system as defined in claim 14 wherein<br />
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